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PRODUCT DATA

Y8150 Fresh Air Ventilation System,

W8150 Fresh Air Ventilation Control

APPLICATION

The Y8150 Fresh Air Ventilation System, W8150 Fresh Air Ventilation Control provide fresh air to a home. The control operates a fresh air intake damper and, when necessary, activates the main HVAC blower to efficiently meet ASHRAE ventilation rates.

FEATURES

• Designed to help meet local ventilation codes and standards, including ASHRAE 62.2-2003 standard, “Ventilation and Acceptable Indoor Air Quality in Low-Rise Residential Buildings.”

• Microcontroller optimizes the air delivery schedule to make efficient use of normal HVAC run times. • Easy-to-use input dials allow customized ventilation

for each installation.

• Test mode that includes immediate feedback to installer to confirm that air delivery requirements of selected ventilation standard are being met.

• Economical supply-only ventilation; works with forced air system.

• Can be used with other equipment, such as an HRV/ ERV, for balanced ventilation.

IMPORTANT

Please read these instructions and keep them in your records.

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SPECIFICATIONS

Y8150 includes:

W8150A Fresh Air Ventilation Control. EARD6 Fresh Air Damper.

AT120B Transformer.

Mounting hardware for control. Homeowner information label. W8150 includes:

W8150 Fresh Air Ventilation Control. Mounting hardware for control. Homeowner information label. Control (W8150A):

Power Supply: 20-30 Vac, 60 Hz. Power Consumption: 3.5 VA at 24 Vac.

Thermostat Fan Load: 10 mA resistive at 24 Vac. Thermostat Heat Load: 10 mA resistive at 24 Vac. Remote Terminals: 10 mA resistive at 24 Vac. Relay Contacts:

Fan: 1.5A full load, 7.5A locked rotor at 24 Vac. Damper: 0.6A inductive, 3.1A locked rotor at 24 Vac. Auxiliary: 0.5A inductive, 2.5A locked rotor at 24 Vac. Damper (EARD6): 24 Vac, 12 VA, 60 Hz.

Operation: Power-open, spring-closed. Diameter: 6 in.

Transformer (AT120): Input: 120 Vac.

Output: 27 Vac open circuit, 24 Vac full load at 20 VA. Mounting: Foot mounted.

Temperature: -20 °F to 160 °F (-29 °C to 71 °C). Humidity: 5 to 90% RH, noncondensing. Input Setting Ranges:

Bedrooms: 2-5. Area: 1000-4600 sq ft. Vent Airflow: 40-160 cfm.

Composite Setting Resolution: +/- 12% of ASHRAE 62.2-2003, recommended ventilation for single-system setup. AT120B Approvals: UL Component Recognized: Class 2, File No. 14881.

Location: Device can be installed in unconditioned space. Multiple devices can be installed when operating multiple HVAC systems.

Dimensions: See device dimension diagrams.

W8150A Ventilation Control dimensions in in. (mm).

EARD6 Fresh Air Damper dimensions in in. (mm).

AT120B Transformer dimensions in in. (mm).

M19988 4-3/16 (106) 5-3/4 (146) 1-1/4 (32) 3-1/2 (89) 3-3/8 (86) 1-1/2 (38) 6 (152) 8 (203) M19989 3/16 (5) M22022 2-13/16 (71) 1-7/8 (48) 1 (25) 3/16 (5) 15/16 (24) 1-3/4 (44) 1-5/8 (41) 1/16 (2)

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W8150 QUICK GUIDE

No. Name Description Function

1 GF Equipment fan Allows W8150 to pass thermostat calls and, when necessary, turn on

system fan for ventilation. This should be the only connection to G on the HVAC equipment.

2 RC 24 Vac cooling system

power Provides power to GF terminal to operate system fan, when necessary.

3 CC 24 Vac cooling system

common Allows W8150 to monitor when system fan is energized.

4 CH 24 Vac heating system

common Allows W8150 to monitor thermostat heat calls when W is energized.

5 W Heating Allows W8150 to monitor when heating is energized.

6 GT Thermostat (or other

control) fan terminal

Allows W8150 to monitor when GT is energized. All external equipment that

controls the system fan should be wired to this terminal.

7 Switch On (optimal ventilation)

Override

Off (Remote Only)

On (optimal ventilation) – W8150 ventilates, based on control settings. Override – W8150 runs ventilation continuously.

Off (Remote Only) – W8150 supplies ventilation only when there is a remote call.

8 Light Green Indicates device is powered and operating normally. Used in Test Mode to

signal if dial settings meet chosen standard.

9 Light Red Indicates the device is not operating normally. Used in Test Mode to signal

if dial settings do not meet chosen standard.

10 DIP1 Ventilation limit Choose between 60% (default) and 100% maximum fan run time allowed

by W8150 for ventilation.

11 DIP2 Ventilation standard Choose between ASHRAE 62.2 (default) and 62-1999 ventilation

standards.

12 BEDROOMS Number of bedrooms Used to calculate amount of ventilation necessary.

13 AREA

(SQ FT) Square footage of conditioned space Used to calculate amount of ventilation necessary.

14 VENT

AIRFLOW (CFM)

Air delivery rate through

fresh air duct. Used to calculate amount of ventilation necessary.

15 Test Test button W8150 checks dial and switch settings, activates ventilation for up to three

minutes and provides feedback to validate if chosen standard can be met.

ON

BEDROOMS AREA (SQFT) VENT AIRFLOW (CFM)

REMOTE A UX DAMPER C R GF RC CC CH W GT XFMR 1 2 3 4 5 6 7 8 9 13 M19990 14 11 12 10 15 16 17 18 19 20

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INSTALLATION

A fresh air duct and damper must be installed between the outdoors and the return side of the HVAC equipment. The W8150 control will be mounted near the HVAC system and wired between the thermostat and the fan control.

You will need…

• W8150 Fresh Air Ventilation Control. • damper.

• transformer. • insulated ductwork. • outdoor weather hood. • starting collar.

• access to 120 Vac power. • airflow measuring tool.

TIPS:

• To meet ASHRAE 62.2-2003, system must have at least a MERV 6 filter installed.

• In cold climates, balanced ventilation is recommended. An exhaust fan or heat recovery ventilator can be used. • Humid climates may require additional dehumidification

equipment.

Choosing a location…

When choosing locations for equipment, duct connections, and fresh air intake, be sure to consult local code

requirements.

16 REMOTE Remote switch (two

terminals) 24 Vac powered contacts allow a remote switch closure to call for ventilation.

17 AUX Auxiliary (two terminals) 24 Vac dry contacts allow W8150 to control an auxiliary device, such as

exhaust fan or HRV/ERV, with a call for ventilation.

18 DAMPER Damper (two terminals) 24 Vac powered contacts control fresh air damper.

19 XFMR C 24 Vac ventilation control

common Supplies power to W8150 and damper from transformer provided.

20 XFMR R 24 Vac ventilation control

power Supplies power to W8150 and damper from transformer provided.

No. Name Description Function

Device

Number Component Location

1 Fresh air intake Install away from known sources

of pollutants such as auto exhaust, dryer vent exhaust or chimney smoke.

2 Fresh air duct Install between weather hood and

upstream of equipment filter and downstream of any duct-mounted sensor.

3 Damper Install damper in fresh air duct,

where convenient. Optionally, install heat recovery ventilator.

4 Control Locate the control for convenient

access and for easy wire routing.

5 Transformer Locate where convenient for line

voltage connection.

6 Filter Locate filter downstream of fresh

air intake. M19993 1 2 1 3 TYPICAL ATTIC INSTALLATION TYPICAL BASEMENT INSTALLATION TYPICAL HRV/ERV INSTALLATION 3 2 HRV/ERV 6 6 6 4 4 5 1 3 2 Ventilation Control Ventilation Contro l Auto Continuous (Remote Only) 4

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Installing fresh air damper, ducting, and

control…

1. Disconnect power from HVAC system.

2. Install the weather hood, ducting, and damper following local practices. Be sure all duct and insulation seams are tightly sealed.

3. Mount the transformer and control. TIPS:

• In general, larger ducting allows higher airflow, minimizes additional fan run time and may be needed for larger homes.

• Installing a damper directly to the return duct may be convenient to support the damper and reduce ducting. • Fresh air connection should be downstream of sensors

(such as a humidistat) in return air plenum.

• The EARD6 end stops can be used to reduce the amount of airflow in the duct. To prevent complete opening, loosen (but do not remove) the wing nut and move the upper lever until the desired position is reached. Tighten the wing nut. Keep the lower lever in the position shown.

Wiring the control…

CAUTION

Electrical Hazard.

Can cause personal injury or equipment damage. Disconnect power to all systems before beginning installation.

1. Wire the control. See wiring diagrams in Fig. 1-10 as listed below. All wiring must comply with local codes, ordinances, and regulations.

2. Reapply power to system and control. TIP:

• Control package allows wire routing through side slots and bottom openings.

UPPER LEVER

WING NUT

LOWER LEVER

M20155

System Hookup Diagrams Fig. No. Page No.

Single transformer, conventional 1 10

Dual transformer, conventional 2 10

Multi-stage, conventional 3 10

Heat pump without emergency heat 4 10

Heat pump with emergency heat 5 11

Accessory Hookup Diagrams Fig. No. Page No.

Wiring with a PC8900 Thermostat 6 11

Wiring with a remote switch/timer 7 11

Wiring to an HRV/ERV 8 11

Wiring an exhaust fan 9 11

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Measuring airflow…

1. Make sure all HVAC system air filters are clean and installed.

2. Push Test button:

• Control opens damper and turns on HVAC fan for three minutes.

• A red or green light is flashing; you can now measure airflow.

3. Follow instrument instructions for measuring airflow. TIPS:

• You can exit the test mode at any time by pressing the test button again.

• See Conversion Table (located after wiring diagrams) for quick area and airflow setting conversions.

• For future reference, record the air flow on the inside of the device cover.

• Pitot Tubes and flow measuring stations are commonly used airflow measuring devices.

About the control settings…

Dial Settings

These settings allow the installer to customize the control to meet the ventilation requirements for the home.

Ventilation Standard

Building codes are different everywhere. The W8150 Ventilation Control can be configured to operate based on: • ASHRAE 62.2.

• ASHRAE 62-1999 TIP:

• Clear understanding of local codes and practices is required to make sure the ventilation system is installed and configured correctly. Generally, ASHRAE 62.2 control method is recommended and can meet many existing local codes.

*In Canada, interlocking exhaust equipment may be required for balanced ventilation.

Ventilation Limit

This setting determines the maximum amount of time that the fan runs for ventilation.

Setting ventilation limit and ventilation standard.

Code/Standard Setting

General Ventilation

Requirements ASHRAE 62.2

Washington State Energy

Code ASHRAE 62.2

Canadian Building Code* ASHRAE 62.2

Minnesota Energy Code 62-1999

2002 International Residential Code 62-1999 BEDROOMS M22009 Ventilation Limit* Ventilation Standard 1 2 60% ASHRAE 62.2 100%62-1999

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Setting the control...

1. Be sure power is turned on.

2. Set the Ventilation Standard on the control. 3. Set the bedrooms dial.

4. Set the area (sq ft) dial. 5. Set the airflow (cfm) dial.

6. Press the test button and observe the lights: Green light is flashing.

The dial settings meet the chosen standard. Red light is flashing.

There is not enough fresh air delivered to meet the requirements of the selected standard. See Troubleshooting section.

7. Record settings on the label inside the cover as shown in the diagram.

TIPS:

• Ventilation control reads new dial setting only when test button is pushed or power is cycled. To ensure dial settings are read, push test button after any changes are made. • For single bedroom homes, set the bedrooms dial to 2 (this

may result in more ventilation than the minimum required). • For homes having more than five bedrooms and only a

single ventilation system, set the bedrooms dial to 5 (this may result in less ventilation than the minimum required). • For conditioned square feet, set area (sq ft) dial to the

nearest value.

• For airflow, set airflow (cfm) dial to the nearest value. • Vaulted ceilings do not need to be considered when setting

this control.

• For homes with multiple systems: Honeywell recommends a ventilation control and fresh air intake for each system. Measure ventilation airflow for each system independently. Refer to Multi-system Setup Example for further details.

Customizing the ventilation control.

Honeywell Golden Valley, MN 55422 50001159-001 Rev. A W8150A 10011 www.honeywell.com/yourhome or call 1-800-468-1502 _________ area (sq. ft.) Record settings above Ventilation Limit* Ventilation Standard 1 2 60% ASHRAE 62.2 100%62-1999 Installer Test M19991

Para español ver las instrucciones *See Instructions Voir mode d'emploi en français inclus R C DMP DMP AUX AUX REM REM 24 VAC XFRM HVAC Stat Damper ERV/Fan Timer/Switch GF RC CC CH W GT Patent Pending _________ bedrooms _________airflow (cfm) Date installed:________________________

W8150A 1001

_________ area (sq. ft.)

Record settings above

Ventilation Limit* Ventilation Standard 1 2 60% ASHRAE 62.2 100%62-1999 Installer Test R C DMP DMP AUX AUX REM REM 24 VAC XFRM HVAC Stat Damper ERV/Fan Timer/Switch GF RC CC CH W GT _________ bedrooms _________ airflow (cfm) Date installed:________________________

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CHECKOUT

In this section, make sure the ventilation system is operating correctly.

1. On thermostat, set Fan switch to Auto and System switch to Off.

2. Set any remote switches throughout the house in the Off position.

3. On the W8150, set the control switch to Off (remote only).

4. Press Test button for two seconds to enter test mode: • A light on the control begins flashing.

• The HVAC system fan comes on. • The damper moves to the Open position. 5. Press the Test button again to exit test mode:

• No lights on the control are on. • The HVAC system fan turns off.

• The damper returns to the closed position.

6. Return the thermostat, ventilation control, and remote switches to the original settings.

7. Refer to Troubleshooting section, if needed.

TIP:

• W8150 Ventilation Control automatically exits test mode after three minutes.

TROUBLESHOOTING

Problem Possible cause What to do

Flashing red light during test mode (The current settings do not meet the selected ventilation requirement)

Not enough airflow • Measure airflow and check dial setting.

• See Problem: Not enough airflow. Ventilation on-time limit

setting • If the device is set to 60%: Set the ventilation control to 100% maximum on time. This allows the HVAC fan to run up to 100% of the time. It may be

preferable to increase airflow.

• If the device is set to 100%: There is not enough airflow through the fresh air duct.

• Ventilation continues to occur according to the settings but chosen standard may not be met.

Flashing red light during normal operation

Low voltage • Check the voltage from the transformer for at least 20 Vac. If voltage is

OK, replace W8150 Control. If voltage is not OK, disconnect damper and remote switch connections and check again. If voltage does not return to at least 20 Vac, replace transformer.

No light on ventilation control when switch set to:

• On

• Override Off/ • Remote Only and a

remote switch is on.

No power to control • Verify 24 volt input to R and C terminals on ventilation control.

• Check wiring connections per appropriate system diagram and replace transformer, if necessary.

Device malfunction • Cycle power off to control for ten seconds and recheck. If control does not

recover, replace ventilation control. HVAC fan does not

come on after pressing Test button.

Wiring • Check wiring connections per appropriate system diagram.

HVAC system does not

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HVAC fan is running all

the time Device is set to override • Move switch to On position to allow for automatic operation.

Remote switch is on • Adjust remote switch to desired position.

Thermostat Fan switch is

in On position • Normal operation.

HVAC system is running to satisfy heating or cooling requirements.

• Normal operation.

Ventilation limit is set to

100% ventilation limit. • Set ventilation limit to 60%. The control may not be able to meet the recommended ventilation requirements.

• Increase ventilation airflow through fresh air duct and adjust settings.

Low ventilation air flow. • See Problem: Not enough airflow.

• Damper does not open during checkout or • Damper does not

close.

Incorrectly wired. • Check wiring connections per appropriate wiring diagram.

Transformer output. • Verify 24 Vac applied to actuator.

Damper actuator motor failure or mechanical failure.

• Manually open damper and verify free movement; damper should return to closed position when no power is applied.

• If damper moves freely but does not operate when 24 volts is applied, replace damper actuator.

• If damper does not move freely, replace fresh air damper. Cooling compressor

comes on when there is no cooling call from the thermostat.

Incorrectly wired. • Check wiring connections per appropriate system diagram.

• An isolation relay may be required when appliances are connected to the

GT terminals on the ventilation control. (For an example, see wiring a fan

for a steam humidifier diagram.)

Not enough airflow Obstruction or duct size • Check for obstructions in the fresh air duct and weather hood.

• Check for kinks in ductwork.

• Make sure all manual dampers are fully open.

• Make sure the stops on the EARD damper allow it to open fully. • Increase duct size.

• Add a booster fan to the fresh air duct.

NOTE: After any changes to the ductwork, repeat the Measuring Airflow section.

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WIRING DIAGRAMS

Consult thermostat Installation Instructions for alternate terminal designations.

Fig. 1. Single transformer, conventional system.

Fig. 2. Dual transformer, conventional system.

Fig. 3. Multi-stage conventional system.

Fig. 4. Wiring heat pump without emergency heat.

Wake Room System Fan Heat Auto AM DST Tue R C W Y G R RC W Y G M19994 GF RC CC CH W GT W8150A HVAC Wake Room System Fan Heat Auto AM DST Tue W R HVAC COOLING HEATING R C C Y G R RC W Y G M19995 GF RC CC CH W GT NOTE: REMOVE FACTORY INSTALLED JUMPER BETWEEN CC AND CH ON W8150. W8150A Wake Room System Fan Heat Auto AM DST Tue W1 C R W2 Y1 Y2 G W1 C RC R W2 Y1 Y2 G M19996 GF RC CC CH W GT HVAC W8150A Wake Room System Fan Heat Auto AM DST Tue R C Y G O RC R W Y G O/B M19997 GF RC CC CH W GT HVAC W8150A

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Fig. 5. Wiring heat pump with emergency heat.

Fig. 6. Wiring with a PC8900.

Fig. 7. Using a remote switch or timer.

Fig. 8. Wiring to an HRV/ERV.

Fig. 9. Wiring an exhaust fan.

Wake Room System Fan Heat Auto AM DST Tue Y C R W2 E G O Y1 W1 C R W2 E G O/B M19998 GF RC CC CH W GT HVAC W8150A M19999 W8900 REMOTE AUX DAMPER C R XFMR RH RC HUM HUM VNT VNT ® W8150A EARD-6 NOTE:

CONFIGURE PC8900 SO ALL VENT PROGRAM SETTINGS ARE OFF; THE VENT BUTTON ON THE PC8900 THEN SERVES AS A REMOTE AND THE W8150 CONTROLS BACKGROUND VENTILATION.

Ventilation Control Ventilation Control Service Auto Continuous Off (Remote Only) M22000 EARD-6 FAN TIMER REMOTE AUX DAMPER C R XFMR AT120 W8150A Ventilation Control Ventilation Control Service Auto Continuous Off (Remote Only) M22001 HR150/ER150

EARD DAMPER NOT USED WITH HRV/ERV.

REMOTE AUX DAMPER C R XFMR RED BLACK AT120 W8150A 1 1 FAN TIMER NOTES:

– BALANCE THE HRV/ERV TO 160 CFM OR LOWER. – SET VENTILATOR SPEED KNOB TO 0.

Ventilation Control Ventilation Control Service Auto Continuous Off (Remote Only) M22002 EXHAUST FAN 120 VAC AT120 AT120 R8222 W8150A REMOTE AUX DAMPER C R BLUE BLUE RED BLACK XFMR EARD-6 FAN TIMER 120 VAC L1 L2

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Automation and Control Solutions

Honeywell International Inc. Honeywell Limited-Honeywell Limitée

1985 Douglas Drive North 35 Dynamic Drive

Golden Valley, MN 55422 Toronto, Ontario M1V 4Z9

customer.honeywell.com

® U.S. Registered Trademark © 2008 Honeywell International Inc. 68-0282—01 M.S. Rev. 06-08

Fig. 10. Wiring fan for a steam humidifier.

Multi-System Setup Example

Total square feet and bedrooms should be proportionately split between the ventilation controls based on sq ft served by each system regardless of where the bedrooms are located. Example: 5,000 sq ft, six bedrooms:

System 1:

• serves 3200 sq ft, • two bedrooms.

• fresh air intake measured at 127 cfm. System 2:

• serves 1800 sq ft, • four bedrooms

• fresh air intake measured at 98 cfm. Set W8150 for System 1:

• 3100 sq ft, • four bedrooms • 130 cfm.

Set W8150 for System 2: • 1900 sq ft, • two bedrooms • 100 cfm.

CONVERSION TABLE

Wake Room System Fan Heat Auto AM DST Tue W1 C R W2 Y1 Y2 G W1 C RC R W2 Y1 Y2 G M22021 GF RC CC CH W GT HVAC W8150A HE440 FAN R8222 BLACK BLUE BLUE RED Area Airflow sq ft sq m cfm lps 1000 93 40 19 1300 121 50 24 1600 149 60 28 1900 177 70 33 2200 204 80 38 2500 232 90 42 2800 260 100 47 3100 288 110 52 3400 316 120 57 3700 344 130 61 4000 372 140 66 4300 399 150 71 4600 427 160 76 Airflow cfm 6 in. duct (15.2 cm) 7 in. duct(17.8 cm) fpm ms fpm ms 40 204 1.0 150 0.8 50 255 1.3 187 1.0 60 306 1.6 225 1.1 70 357 1.8 262 1.3 80 407 2.1 299 1.5 90 458 2.3 337 1.7 100 509 2.6 374 1.9 110 560 2.8 412 2.1 120 611 3.1 449 2.3 130 662 3.4 486 2.5 140 713 3.6 524 2.7 150 764 3.9 561 2.9 160 815 4.1 599 3.0

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